584
• The two LEDs signalise the switching mode of the two pull-cable switches:
• GREEN: pull-cable switches not actuated
• RED: pull-cable switches actuated (pulled)
• The line graph shows the monitored voltage run of an internal buffer battery.
• The location indicator on the left shows the rough position of the shaft (here only used for
information purposes as the shaft is not moving).
If the pull-cable switches are actuated, this can be immediately seen on the dashboard.
Additionally, warning and alarm emails/text messages are sent to any number of persons as
shown in Figure 9.
5 DEVELOPMENT STAGE 2: THE RASPBERRY PI SYSTEM
In the second development stage of the monitoring system, the Raspberry PI micro-computer
system, which has a more powerful computer core, will be used for the monitoring station.
This computer enables not only the connection of additional sensor and actuator units,
but it also allows for the set-up of an infrared camera to generate images of the shaft surroundings day and night and to transfer these images. Here, the UMTS mobile network will
be used for the data transfer.
Figure 8. The user dashboard displaying the sample shaft.
Figure 9. Original e-mail from the Sigfox system with English translation.
Geratestandort
Seilzugschalter 1. Ebene
Seilzugschalter Kritisch
• •
Spannung Pufferbatterie
filter by date.
3.6V
. HY
LIUI&A l A - - I 1- I I - h Uii&WU
··-··"-. ...... ~
l2V
ALAR..l'\1 from device 929AC5
Inspect shaft IMMEDIATELY: critical rope
ALARM von Gerat: 929A CS
actuation or battery discharged.
a Von: alarm@mlneberry.de 0
Kind regards, the Mineberry Team
##Ger~t: 929ACS
Schacht SOFORT kontrollieren. Kritischer Seilzugschalter hat ausgell>st oder Ba tte rie ist entladen .# #
f·lit freundlichen GruBen
Das Hineberry-Team
• The two LEDs signalise the switching mode of the two pull-cable switches:
• GREEN: pull-cable switches not actuated
• RED: pull-cable switches actuated (pulled)
• The line graph shows the monitored voltage run of an internal buffer battery.
• The location indicator on the left shows the rough position of the shaft (here only used for
information purposes as the shaft is not moving).
If the pull-cable switches are actuated, this can be immediately seen on the dashboard.
Additionally, warning and alarm emails/text messages are sent to any number of persons as
shown in Figure 9.
5 DEVELOPMENT STAGE 2: THE RASPBERRY PI SYSTEM
In the second development stage of the monitoring system, the Raspberry PI micro-computer
system, which has a more powerful computer core, will be used for the monitoring station.
This computer enables not only the connection of additional sensor and actuator units,
but it also allows for the set-up of an infrared camera to generate images of the shaft surroundings day and night and to transfer these images. Here, the UMTS mobile network will
be used for the data transfer.
Figure 8. The user dashboard displaying the sample shaft.
Figure 9. Original e-mail from the Sigfox system with English translation.
Geratestandort
Seilzugschalter 1. Ebene
Seilzugschalter Kritisch
• •
Spannung Pufferbatterie
filter by date.
3.6V
. HY
LIUI&A l A - - I 1- I I - h Uii&WU
··-··"-. ...... ~
l2V
ALAR..l'\1 from device 929AC5
Inspect shaft IMMEDIATELY: critical rope
ALARM von Gerat: 929A CS
actuation or battery discharged.
a Von: alarm@mlneberry.de 0
Kind regards, the Mineberry Team
##Ger~t: 929ACS
Schacht SOFORT kontrollieren. Kritischer Seilzugschalter hat ausgell>st oder Ba tte rie ist entladen .# #
f·lit freundlichen GruBen
Das Hineberry-Team